Leslie rotary speaker emulation. Crossover split into horn and rotor with independent speed modulation and Doppler effects.
The Leslie speaker cabinet splits the audio into low and high frequency bands using a crossover filter. The high frequencies are projected through a rotating horn, while the low frequencies bounce off a rotating drum (rotor). Each rotator spins at different speeds, creating complex amplitude and pitch modulation (Doppler effect) that gives the organ its characteristic swirling, three-dimensional sound. A slow/fast speed switch with motor inertia simulates the spin-up and spin-down behavior of the real cabinet.
Bypasses the module processing when activated (ON).
Audio input flow(s).
Audio output flow(s).
Rotation speed. At 0 the rotors spin at slow (chorale) speed; at 1 they spin at fast (tremolo) speed. Intermediate values blend between the two. The transition is smoothed to simulate the mechanical inertia of the rotating components.
Crossover frequency in Hz. Determines the split point between the horn (high frequencies) and rotor (low frequencies).
Dry/wet blend. 0 = dry (unprocessed input), 1 = fully processed through the rotary speaker.
Opens the web browser to display information or help about the selected object, if it exists.
For more details about information/help creation, see create-help-file.
Description of the module for internal help purposes only. The description is not displayed in the interface.
visible only in god mode, see setup-panel-tab-expert.
Current private ID for this control used to identify the object.
Current private preset ID for this control used for presets.
If you experience difficulties in Polyphonic mode, try to recreate new id(s) with this button.
Each Patch shared on the local network uses its own ID (identification number). If you experience issues of Patches that don't send information to the good target, this button will rebuild all these id's.
Absolute remote address. see objects-address.
Local to the current patch remote address. see objects-address.
User defined remote address. see objects-address.
version 7.0.250121
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